(Natural News)
In a move that is sure to get liberal snowflakes rushing to their safe spaces faster than ever, Princeton University is now encouraging students
to report “problematic experiences based on [their] identity.” This
means that if students find themselves in a situation that makes them
feel offended or uncomfortable in anyway, they can – and should,
according to Princeton – go tell somebody about it, even if it is
something that normally wouldn’t result in disci

It’s said that about 80 percent of New Year’s resolutions are abandoned by the second week of February.1
This means if you made one for 2018, there’s a good chance it may
already have failed. There’s also a sizable number of people who set no
goals at all, New Year’s resolutions or otherwise, in part because they
may not realize the importance of goal setting and in part because they
may not know how to do it.2
There are other reasons why you may avoid goal setting as well,

(Natural News)
Beginning shortly after President Donald J. Trump defeated Hillary
Clinton in the 2016 election, Americans were treated to a steady diet of
stories from the American Pravda media claiming that he “colluded” with
the Russian government to “steal the election.”
For months information meant to substantiate the claim, made in the
absence of any real evidence, was “leaked” to various news outlets known
to be friendly to Clinton, Democrats, and every known enemy

Chuck Norris Sues for MRI Dye Injuring His Wife

Magnetic resonance imaging (MRI)
is an imaging study that allows your physician to see detailed pictures
of your organs and tissues. Raymond Damadian invented the machine and
performed the first total body image in 1977.1 This process has been called the one of the greatest medical breakthroughs of the 20th century.

The MRI machine uses a large magnet, radio waves and a computer to
take detailed cross-sectional pictures of your internal organs and
tissues.2
The scanner looks like a tube with a table that enables you to slide
into the tunnel of the machine to gather data. Unlike CT scans or X-rays
that use ionizing radiation known to damage DNA, the MRI uses magnetic
fields.

Images from an MRI give physicians better information about
abnormalities, tumors, cysts and specific organ problems with your
heart, liver, uterus, kidneys and other organs. In some instances, your
physician may want an enhanced MRI, one using contrast agents to improve
the clarity of the images produced. In one of every three MRIs with
contrast, the agent used is gadolinium.3

What Is Gadolinium?

This is a chemical contrast medium or dye that is injected to enhance the quality of the images. Gadolinium
is bonded to a chelating agent that is intended to reduce the toxicity
of the chemical to your body as gadolinium is a dangerous heavy metal
known to cause neurological damage. There are several products that
include gadolinium, called gadolinium-based contrast agents (GBCA).4

The U.S. Food and Drug Administration (FDA) released guidelines on the use of GBCAs5
as they began an investigation into the potential health effects from
brain deposits of the heavy metal. The FDA acknowledged that repeated
use of GBCAs may result in gadolinium deposits in your brain and other
tissues but has not determined if there are any adverse health effects
from these deposits.

To reduce accumulation, the FDA recommends health care professionals
limit use to circumstances where additional information garnered by the
use of gadolinium is absolutely necessary.6
In response, institutional review boards responsible for the safety of
patients in clinical trials or research studies developed consent forms
that include a list of known risks, such as kidney damage and brain
accumulation, with boxed warnings not to exceed recommended dosages.7

Johns Hopkins Office of Human Subject Research acknowledges specific
challenges when using enhanced MRI imaging with GBCA as "there is
potential severe toxicity related to a diagnostic procedure with no
direct therapeutic value."8
GBCAs are sold under several different names based on the chelating
agent to which they are bound and the drug company that developed them.